Across
- 3. It results in four genetically different haploid cells from one diploid parent cell
- 5. It is part of the histones where chemical modification takes place
- 8. The longest phase in meiosis
- 10. protein found in the middle of the DNA
- 11. It results in two genetically identical diploid cells from one diploid parent cell
- 13. The presence of this is the reason why we wear gloves when handling DNA
- 15. non-coding regions of DNA
- 16. assortment It makes up for a lot of genetic diversity
- 20. This lacks in Meiosis II
- 22. histone It locks or stabilizes the DNA during chromatin remodelling
- 23. It is where crossing over occurs
- 24. Repeating array of DNA-protein
- 27. transcriptionally inactive for it contains highly repeated DNA sequences
- 28. It is used in The Hershey and Chase experiment
- 30. It is the main reason why DNA is the genetic material and not RNA
Down
- 1. diversity It is needed for the evolution of populations and species
- 2. DNA sequence that provide direction for RNA Polymerase
- 4. It is positively charge that binds to the DNA
- 6. This is one of the residue responsible for the positive charge of the histones
- 7. They do not split in meiosis I
- 9. These do not make proteins
- 12. It is a phase in prophase I where synapsis occurs
- 14. It is responsible for the negative charge of the DNA
- 17. rich in active genes
- 18. reproduction It gives a greater variation upon reproducing
- 19. It is only one for prokaryotes but three in eukaryotes
- 21. This causes to reduce the electrostatic interaction of histones and DNA
- 25. It makes up a viral genome
- 26. remodelling the dynamic modification of chromatin architecture
- 29. It is a phase of prophase I where chromosomes condense
